Internal Flows in Turbomachines: Rigorous Fluid Mechanics

Understanding how fluids behave inside complex machinery is a critical skill for aerospace, mechanical, and industrial engineers. This course provides a rigorous foundation in the fluid mechanic principles that determine the performance and behavior of turbomachines and air-breathing propulsion systems. You will transition from basic aerodynamic concepts to analyzing complex internal flow phenomena using modern engineering frameworks. What you'll learn: Understand foundational fluid dynamics principles specific to internal duct and blade passage flows; Analyze boundary layer behavior, pressure gradients, and loss mechanisms in turbomachinery; Apply conservation laws to solve practical propulsion and industrial flow problems; Evaluate the effects of compressibility and shock waves in high-speed internal flows; Practice assessing flow stability and stall margins in compressors and turbines. The course begins with essential terminology, governing equations, and fundamental fluid concepts before moving into detailed analyses of rotating machinery passages and modern flow-control principles. This course is designed for engineering students, junior designers, and technical professionals looking to build a strong theoretical and practical foundation in internal fluid mechanics with no advanced prerequisites required. Start reading to master the mechanics of internal flows today.